public void OnAttractParticles(ParticleSystem particleSystem, float attractionForce)
{
ParticleTargetFulfillment particleTargetFulfillment = targetMapping[particleSystem];
int particleCount = particleTargetFulfillment.particleCount;
ParticleSystem.Particle[] particles = particleTargetFulfillment.particles;
ParticleTargetType particleTargetType = particleTargetFulfillment.particleTargetType;
Transform targetTransform = particleTargetFulfillment.targetTransform;
PlayerView playerView = particleTargetFulfillment.playerView;
PlayerFacade playerFacade = particleTargetFulfillment.playerFacade;
for (int i = 0; i < particleCount; ++i)
{
particles[i].position += attractionForce * (targetTransform.position - particles[i].position).normalized + ((1f - (attractionForce / targetAttraction)) * particles[i].velocity * Time.deltaTime);
}
switch (particleTargetType)
{
case ParticleTargetType.Aether:
OnAttractAether(particleSystem, particles, particleCount, targetTransform, playerView);
break;
case ParticleTargetType.Respawn:
OnAttractRespawn(particles, particleCount, targetTransform, playerFacade);
break;
}
particleSystem.SetParticles(particles, particles.Length);
}
public void OnTargetEnd(ParticleSystem particleSystem)
{
ParticleTargetFulfillment particleTargetFulfillment = targetMapping[particleSystem];
targetMapping[particleSystem] = new ParticleTargetFulfillment()
{
tweening = false
};
particleSystem.Clear();
ParticleTargetType particleTargetType = particleTargetFulfillment.particleTargetType;
int particleCount = particleTargetFulfillment.particleCount;
int fulfilledParticleCount = particleTargetFulfillment.fulfilledParticleCount;
switch (particleTargetType)
{
case ParticleTargetType.Aether:
OnAetherEnd(particleTargetFulfillment.playerView, particleCount - fulfilledParticleCount);
break;
case ParticleTargetType.Respawn:
OnRespawnEnd(particleTargetFulfillment.playerFacade);
break;
}
}
